Introduction
This hammer mill features an optimized feeding structure designed to prevent fiber tangling when processing straw, rice husk and stalk-like biomass. Raw materials are fed steadily into the crushing zone, where rotating hammers strike and tear fibrous materials against chamber liners. Unlike standard impact mills, it adds shear action to separate long fiber bundles, achieving more thorough fragmentation. Its tangential feeding design reduces material bounce-back and improves overall feeding efficiency for continuous biomass processing lines.
Advantages
Equipped with a GXP65X55 2-pole direct-connection motor, this hammer mill delivers a steady 2940 rpm rotational speed with zero transmission energy loss. Unlike belt-driven designs, the direct-drive structure eliminates slip, friction and belt replacement costs, transferring full motor power directly to the grinding rotor. This efficient power transmission translates into stronger impact force on biomass materials, higher crushing efficiency, and fewer wearing parts in the transmission system, lowering long-term maintenance requirements for continuous production.
Application Scenarios
Designed for on-farm agricultural straw valorization, this CE-certified hammer mill helps small and medium-sized farms process surplus wheat straw, corn stover and cotton stalk directly on site. Its compact 2000×1500×1700mm mm footprint fits easily into existing farm workshops, and its simple direct-drive structure requires no specialized technical skills to operate. Processed materials can be used for on-farm biofuel, livestock bedding or silage, eliminating costly long-distance transportation of bulky straw and reducing open burning pollution.
